Given :
Line WX bisects YZ at point W.
.
To Find :
The length of YZ .
Solution :
Since , the point W bisect YZ .
So , it cuts YZ into two equal parts i.e YW and WZ .
Therefore , YW = WZ
Also , YZ = YW+WZ = 2WZ
Hence , this is the required solution .
The probability that the next customer that comes into Daniel's business will pay with a credit card is 23 / 87.
<h3>What is the probability?</h3>
Probability determines how likely it is that an event would happen. The probability the event occurs is 1 and the probability that the event does not occur is 0.
The probability that the next customer will pay with a credit card = number of people who paid with a credit card / total number of customers
23 / (23 + 60 + 4)
23 / 87
To learn more about probability, please check: brainly.com/question/13234031
Answer:
-71
Step-by-step explanation:
- 4 x (+1 --5) x (+1 - -5) /6 - (42 - -5)
1 - -5 = 6 and 42 - -5 = 47
-4 x 6 = -24
-24 x 6 = -144
-144 / 6 = -24
-24 - 47 = -71
Answer:
The percentage = (1.06/15.9) x 100℅
= 6.67℅
Step-by-step explanation:
For the two pan to be balanced in other to measure an object's accurate weight, the fulcrum must be exactly in the mid point of the distance/separation between the two pans.
In the case in this question, the dishonest shopkeeper has shifted the fulcrum by 1.06cm.
The pan separation is 31.8cm
The fulcrum position must be 31.8/2 = 15.9cm, for it to be balanced.
The percentage by which the true weight marked up by the shopkeeper is:
(1.06/True fulcrum position) x 100℅
Your possibility is pretty slim, but you still have a chance of choosing either of the two. So you would add them all up so 49 total. 49 7/8
